Uncertain Multiagent Systems With Distributed Constrained Optimization Missions and Event-Triggered Communications: Application to Resource Allocation

Distributed Multiagent Resource Allocation with Adaptive Preemption

We propose and validate a novel approach to multiagent resource allocation, with special attention to supporting resource preemption in a fully distributed, cooperative setting. Our solution utilizes planning and learning techniques to obtain reasoned local estimates of the impact of preemptions on the system as a whole. Agents are thus able to effectively coordinate the allocation of resources...

Constrained Consumable Resource Allocation in Uncertain Project Networks with Fuzzy Activity Duration

“Multiagent Systems for Resource Allocation in Peer-to-Peer Systems”

This paper introduces Multiagent Systems (MAS) storage resource allocation algorithms and methods on a Peer-to-Peer (P2P) system of computer storage resources. MAS Complex Adaptive Systems (CAS) based on squirrels behaviors are proposed and evaluated to produce emergent global behaviors that can solve the storage resource allocation problem in a distributed system of peers. Experimental results...

constrained consumable resource allocation in uncertain project networks with fuzzy activity duration

Distributed multiagent resource allocation with adaptive preemption for dynamic tasks

In this paper we present an approach for multiagent resource allocation that supports preemption in a fully distributed, cooperative setting (i.e. allowing for resources to be reassigned to agents, as the need arises, even as tasks are currently underway), in a way that copes with dynamic task arrivals.